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Laser displacement sensor with triangulation principle


Senyd laser displacement sensor with the principle of triangulation use a laser beam to illuminate a target object and a sensor to detect the reflected light. The sensor measures the position of the reflected laser beam on a detector, and based on this information, calculates the distance between the sensor and the target object.

triangulation principle laser displacement sensor allows for highly accurate and precise distance measurements, making it a popular choice for applications where precise positioning and measurement are required.

Diffuse Photoelectric Sensor

The transmitter and receiver are housed together in a single unit so that you can easily mount the diffuse sensors and align them quickly using their highly visible light beams.

You select the most suitable light type based on your application. Depending on the model, our diffuse sensors offer you highly visible red light, invisible infrared light, or very precise laser light that is ideally suited for detecting small parts.

For color-independent and surface-independent detection, we recommend diffuse sensors with background suppression. They work with red light or the laser red light that is ideally suited for detecting small parts . Their scanning behavior is virtually constant, even with different reflectance levels.